74ACT11008D

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The 74ACT11008D is an advanced low power CMOS logic product containing eight non-inverting buffer/line drivers with 3-State outputs. This device is designed to be used with a minimum number of external components to increase system performance and reduce board space. It is suitable for high speed memory, address and data buses. It offers high fan-out and wide bus drive. This device typicallydraws only 0.5uA of quiescent supply current and fully meeting the AC and DC parameters specified in the TTL data sheet.

The 74ACT11008D is a monolithic integrated circuit which combines advanced CMOS components and design procedure to provide superior interconnect versatility. It is typically used to drive up to 16 (Octal) data lines such as memory or address buses. The device has an output enable (OE) and a data input (DI) connected to the device inputs. The output state is fully determined by the input. When the DI is low, the output is low and when the DI is high, the output is high.

The 74ACT11008D can be used to provide both logic level translation from TTL to CMOS and from CMOS to TTL, with the input and output sources having different voltage levels. The device is also capable of high speed transmission of data and is suitable for driving memory, address and data buses. The device meets all TTL and CMOS logic requirements and can operate at speeds up to 100MHz.

The working principle of the 74ACT11008D is quite simple. It contains eight non-inverting buffer/line drivers with 3-State outputs. It is driven by an enable (OE) signal which, when low, places the outputs in the high-impedance state to reduce power consumption. When the enable is high, each of the outputs follows the logic level of its associated input. When the enable is low, the outputs remain in their 3-State condition, regardless of the logic levels on the inputs.

The 74ACT11008D is widely used in a variety of bus systems, including memory, address and data buses. Another application of this device is to provide low-voltage level translat̒on between TTL and CMOS. It can also be used to convert TTL signals to CMOS levels. It is used for high speed transmissions and is suitable for driving memory, address and data buses. For example, the 74ACT11008D can be used to connect an 8-bit data bus from one device to another, such as two microprocessors. It can also be used to interface a TTL processor with a CMOS memory.

The 74ACT11008D is a reliable and robust device intended for a variety of applications. It is easy to use, requires only a few external components, and has a wide operating range. It is suitable for high speed applications, translation between different logic levels, and for driving memory, address, and data buses. In summary, the 74ACT11008D is a versatile and cost-effective device for a variety of logic applications.

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